5 results about "Body lines" patented technology

1. The name of the design product: the cover plate of wall wiring box. 2. The use of the design product: the whole design is used for hiding and arranging the wiring in the wall, and the partial design is used for making the cover plate of wall wiring box. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: the perspective view 1. 5. Other circumstances that need to be explained: the design product requests partial design protection, wherein the parts shown by solid lines in each view represent the parts that need protection, and the parts shown by uniform dotted lines in each view represent the aspects that are only for reference and are not protected.

The article to which the design pertains is a body shaper. Specifically, it is designed to shape a woman's waistline, flatter her body line, and create a beautiful silhouette when she is wearing clothes.

This invention discloses a system for identifying and warning of minors in special scenarios based on probability confidence, relating to the field of data analysis. It includes: a data acquisition module, used to dynamically adjust parameters according to the ambient light at the entrance of the system-configured location and the shooting angle, to acquire facial and body feature image data of the object to be identified; and an extraction module, used to receive the image data acquired by the acquisition module, extract facial proportions, facial contours, body lines, facial skin texture, and body proportion information from the image data, and construct a feature vector set. This invention dynamically optimizes acquisition parameters based on ambient light and shooting angle to ensure image data quality, comprehensively extracts multi-dimensional key information such as facial proportions, facial contours, and body lines, and quantifies and constructs feature vectors. Through dynamic weight allocation, it strengthens the role of high-discrimination features, and combined with a probability model of minor characteristics, it achieves accurate matching calculations and outputs a reliable probability confidence value.

Method for determining at least a partial movement pattern of a dental treatment instrument (14), in particular a toothbrush, resulting during dental treatment, in particular tooth cleaning, comprising at least the following steps: Acquisition of data by means of at least one optical acquisition device (4) relating to at least one movement parameter of the dental treatment device (14) which is moved in at least one X / Y plane for the treatment of surface parts of the teeth relative to a first reference system which moves with the head of the person being treated (8) wherein the optical acquisition device is designed as at least one camera for the three-dimensional acquisition of the at least one movement parameter of the dental treatment device, wherein at least one or both pupils and / or the nose of the person being treated are located in a detection area of ​​the camera, wherein a processor device (2) defines a further three-dimensional reference system that moves with the dental treatment device (14) when the dental treatment device (14) is moved in space, wherein the reference system is formed by characteristic anthropometric body points, body lines and / or body surfaces of the hand with which the dental treatment device (14) is guided, and providing the acquired data to a processor device (2) for determining the movement pattern, wherein the movement of the dental treatment device is recorded relative to the first reference system coupled with a movement of the head, the dental treatment device is an electric toothbrush, wherein the processor device is a mobile phone or a tablet PC and wherein the processor device includes the optical detection device.

The application discloses a body line correction and nerve remodeling method and system based on electroencephalogram closed-loop feedback, which comprises the following steps: collecting three-dimensional space posture data of a human body in a static or dynamic state, and calculating a force line offset between a current body line and an ideal force line model, so as to adjust the current force line to a target force line state corresponding to the ideal force line model; collecting a brain cortex electric activity signal of a user, obtaining electroencephalogram data, performing feature extraction, obtaining a quantitative index representing a neural coding intensity of the user to the current force line state, mapping the quantitative index into a multi-modal feedback signal, and adjusting a mechanical guiding strategy of a flexible actuator array until the user's brain establishes a stable neural representation of the target force line. According to the technical scheme, multi-modal feedback is used to enhance the somatosensory cognition of the user, the actuator strategy is dynamically adjusted, the brain forms a stable neural representation of the correct force line, and the user can still independently maintain a good body state after leaving the device.